For processing as a reaction vessel.– For jacket vessels edge blown off – Component for further processing into reaction vessels – Cost-effective production of reaction vessels with reproducible geometry – Glass articles for further processing – For processing as a reaction vessel.– For jacket vessels edge blown off – Component for further processing into reaction vessels – Cost-effective production of reaction vessels with reproducible geometry – Glass articles for further processing –
For processing as a reaction vessel.– For jacket vessels edge blown off – Component for further processing into reaction vessels – Cost-effective production of reaction vessels with reproducible geometry – Glass articles for further processing – For processing as a reaction vessel.– For jacket vessels edge blown off – Component for further processing into reaction vessels – Cost-effective production of reaction vessels with reproducible geometry – Glass articles for further processing –
Specimen jars are used to store materials. The large glass surfaces allow a good view into the glass on its contents.– Tight closure due to ground lid – The lid can be opened easily while using the button – Fired-on, highly durable white ceramic – – Specimen jars are used to store materials. The large glass surfaces allow a good view into the glass on its contents.– Tight closure due to ground lid – The lid can be opened easily while using the button – Fired-on, highly durable white ceramic – –
For processing as a reaction vessel.– For jacket vessels edge blown off – Component for further processing into reaction vessels – Cost-effective production of reaction vessels with reproducible geometry – Glass articles for further processing – For processing as a reaction vessel.– For jacket vessels edge blown off – Component for further processing into reaction vessels – Cost-effective production of reaction vessels with reproducible geometry – Glass articles for further processing –